80kHz High-Frequency Ultrasonic Bath with 30L Capacity and 0–800W Adjustable Power for Optical Components and Laboratory Beakers

$785.00 piece

This 30L 80kHz ultrasonic bath features 0–800W adjustable power, 1000W heating, and Sweep/Degas modes. It gently cleans optical components, laboratory beakers, and delicate labware.

Quantity Price Discount
2-20 $745.75 piece 5%
21-100 $706.50 piece 10%
101+ $667.25 piece 15%

Shipping & Delivery

  • Express Air Shipping Express Air Delivery

Door-to-door with tracking

7-15 Business Days

Calculated at checkout

  • Ocean Freight / Bulk Standard Ocean Freight

Best for bulk & heavy cargo

25-35 Business Days

Calculated at checkout

  • Warranty 1 year
  • Free 30-Day returns

Specification

Overview

ModelGL1630-80
BrandGranbo
ManufacturerGranbo Technology Industrial Shenzhen Co., Ltd.
OriginChina
Capacity
Frequency
Power
Tank MaterialSUS304 Stainless Steel
Housing MaterialSUS304 Stainless Steel
Function
HeaterRT~80°C
Heating Power
Timer1-9999s
Tank Size(mm)500 x 300 x 200
Unit Size(mm)530 x 330 x 385
Voltage100V-120V ~ 60Hz / 220V-240V ~ 50Hz
Plug TypeAU Plug, EU Plug, Other Plugs, UK Plug, US Plug
Warranty1 Year
Customization
CertificatesCE, FCC, ISO 9001, RoHS
Applications

Packaging

Chargeable Weight23.1 kg
Package Dimensions63.5 × 40.5 × 45 cm

Description

Professional 30L High-Frequency Ultrasonic Cleaner with 80kHz Precision Cleaning and 0-800W Adjustable Power

The Granbo 30L High-Frequency Ultrasonic Cleaner is a professional benchtop bath engineered for delicate and precision cleaning applications. Operating at a high frequency of 80kHz, this system produces fine, gentle cavitation bubbles that excel at removing microscopic contaminants without damaging sensitive surfaces. Equipped with 16 high-performance transducers delivering up to 800W of adjustable ultrasonic power, it provides uniform and highly controlled cleaning performance for complex geometries, micro-grooves, and fragile substrates.

With its generous 30L tank capacity (inner dimensions: 500x300x200 mm) constructed from durable 1.5mm thick SUS304 stainless steel, this unit is built to withstand cavitation erosion and long-term industrial or laboratory use. The system features a full-bridge separately excited PCB driver board, ensuring stable power output and real-time parameter monitoring. It also includes an integrated 1000W heating element with an adjustable range from 20°C to 80°C to enhance chemical activity during the cleaning process. (Note: The heating function is designed for auxiliary heating and does not support constant-temperature control).

Advanced Operating Modes for Versatile Processing

  • Sweep Mode: Automatically modulates the frequency by ±1kHz around the 80kHz center to eliminate standing waves, ensuring uniform cavitation distribution throughout the bath and preventing hot spots.
  • Degas Mode: Employs pulsed ultrasonic intervals to rapidly remove dissolved air and gas from the liquid, which is essential for maximizing cavitation efficiency and preparing solvents.
  • Pulse Mode: Cycles the ultrasonic power rapidly to generate a high-impact blasting effect, helping to loosen stubborn residues from intricate structures.
  • Power Adjustable (0-800W): Allows operators to precisely scale the ultrasonic power density to match the fragility of the workload, preventing damage to delicate components.

Engineered for Low-Noise and User-Friendly Operation

Operating at 80kHz naturally produces a much quieter cleaning process compared to lower-frequency systems. Combined with Granbo’s multi-layer noise-reduction design, this unit maintains a comfortable working environment, keeping noise levels well below 80dB. The user-friendly digital control panel in English allows for precise timer settings from 1 to 9999 seconds, making it ideal for both quick rinses and extended processing cycles. The unit also features a built-in drain valve for easy liquid disposal and comes with a secure wire cleaning mesh basket to protect parts during operation.

Control Panel Overview

GL Series Control Panel Overview

Control Button Guide

80kHz High-Frequency Ultrasonic Bath with 30L Capacity and 0–800W Adjustable Power for Optical Components and Laboratory Beakers

Sweep Frequency Technology Overview

GL Series Sweep Frequency Explained

Pulse Mode Overview

80kHz High-Frequency Ultrasonic Bath with 30L Capacity and 0–800W Adjustable Power for Optical Components and Laboratory Beakers

Granbo PCB vs. Standard Ultrasonic Cleaner PCB

GL Series PCB vs. Standard Ultrasonic Cleaner PCB

Multi-Layer Noise Reduction Design

80kHz High-Frequency Ultrasonic Bath with 30L Capacity and 0–800W Adjustable Power for Optical Components and Laboratory Beakers

Box Contents:

  • 1 x Professional Ultrasonic Cleaner
  • 1 x Durable Mesh Cleaning Basket
  • One cover, one power cord, one manual warranty card certificate of conformity.

Packing type:

  • One unit filled with thick foam, then standard export corrugated carton or wooden box.

Real Customer Feedback

Real Customer Stories from the GL Series

Support & FAQ

Frequency determines cavitation bubble size, impact force, and penetration depth. Lower frequencies produce violent impact for heavy dirt, while higher frequencies provide dense, gentle cleaning for sub-micron microstructures:

Granbo Recommended Frequency Matrix:
• 28kHz: Heavy oil, scale, rust, polishing wax, cutting dust, and thick contaminants (>10μm) on heavy metal/resin parts.
• 40kHz: Universal choice for standard labware, stainless steel, glass, and general maintenance (>10μm particles).
• 68kHz / 80kHz: Fine cleaning for PCBs, watch components, optics, medical instruments, and micro-grooves (5–10μm particles).
• 120kHz: Precision cleaning for micro-blind holes (<0.1mm), semiconductors, ICs, optical lenses, and MEMS (1–5μm particles).
• 200kHz: Ultra-precision cleaning for silicon wafers, MEMS, thin films, and sub-micron / nano-scale contamination (<1μm).

Based on Granbo multi-frequency switchable configurations (Single/Dual/Triple/Quad), we recommend:

ProcessRecommended FrequencyApplication Context
Dispersion17-28kHz / 40kHz / 120kHz17-28kHz for coarse solid chunks; 40kHz for powders; 120kHz for micro/nano suspensions.
Emulsification28kHz / 40kHz28kHz generates stronger shear force for heavy liquid blending.
Extraction40kHz / 120kHz120kHz is standard for intracellular substance extraction and cell disruption.
Mixing/Catalysis40kHz / 120kHz40kHz for routine mixing; 120kHz for micro-particle homogenization.
Synthesis80kHz / 120kHzPrevents molecular degradation during material synthesis.
Environmental20kHzHigh-power sonication for sludge treatment, sewage, and algae disruption.

To resist cavitation erosion, Granbo customizes tank thickness and welding based on operating frequency:

Frequency RangeInner Tank (SUS304)Outer ShellCommon Tank Capacities & Process
28kHz - 200kHz 1.5 mm Thickness SUS304 (1.0 mm) 3–10L, 14–22L, 30–58L, 61–135L. Industrial precision stamping & TIG welding.
25kHz 2.0 mm Thickness SUS201 (1.0 mm) Thickened tank; Manual oxy-acetylene heavy welding.
17kHz & 20kHz 3.0 mm Thickness SUS201 (1.0 mm) Ultra-thickened tank; Manual oxy-acetylene heavy welding.

*Material Safety Tip: Soft metals (aluminum, brass, gold) and delicate glass/ceramics may scratch or fracture at 28kHz. We recommend 40kHz to 80kHz or pre-testing for delicate substrates.

When a workpiece has both stubborn contaminants and sub-micron precision requirements, use a multi-stage approach:

  1. Stage 1 (Pre-cleaning / 28kHz or 40kHz): Strips heavy grease, rust, polishing paste, scale, or coarse metal particles.
  2. Stage 2 (Fine Cleaning / 68kHz or 80kHz): Removes fine particles (5–10μm) from blind holes, threads, and complex internal geometry.
  3. Stage 3 (Ultra-Precision Rinse / 120kHz or 200kHz): Eliminates sub-micron (<1μm) residues without damaging fragile surfaces or thin films.
  • Sweep Mode: Automatically sweeps ±1kHz around the center frequency to eliminate standing waves, ensuring uniform cavitation across the bath.
  • Degas Mode: Uses pulsed ultrasound intervals (e.g., 5s on / 5s off) to purge dissolved air/gas from liquids—crucial for HPLC sample prep and max cavitation efficiency.
  • Pulse Mode: Rapidly cycles power from 100% to 0% to produce a "blasting" impact that removes tough or baked-on residues.

Granbo units utilize Full-Bridge Separately Excited PCB Driver Boards rather than cheap self-excited circuits:

  1. Visualized Real-time Data: Displays live Power, Frequency, and Current for strict laboratory protocol logging.
  2. High Power Density: Guarantees a standard ≥ 0.3W/cm² for thorough cleaning. Power Density = Ultrasonic Power (W) / Radiating Area (cm²)
  3. Low Noise Operation: While 28kHz operation naturally produces more audible mechanical noise, Granbo's multi-layer noise-reduction design enables high-frequency units (≥68kHz) to operate at noise levels below 80dB.

Ultrasonic frequency determines sound wavelength and cavitation bubble collapse intensity:

Wavelength (λ) = 1,450,000 (mm/s) / Frequency (Hz)
  • 20kHz (λ ≈ 72.5mm): Large bubbles, high collapse force. Best for heavy rust, sludge, and thick scale.
  • 40kHz (λ ≈ 36.2mm): Medium bubbles. Ideal balance between cleaning power and component safety.
  • 120kHz (λ ≈ 12.0mm): Micro bubbles. High penetration depth for sub-micron cracks and fragile silicon/semiconductor parts.

Beaker Size Matching:
• Beaker ≤ 500mL → 3.2L to 6.5L Tank.
• Beaker ≥ 800mL → 10L to 30L Tank (10L is the most popular size for general lab applications).

Temperature Management:
Ultrasonic activity inherently raises liquid temperature. Although Granbo heating goes up to 80°C, cavitation effectiveness drops significantly above 72°C–80°C due to increased vapor pressure. For temperature-sensitive or low-temp processes, use cooling coils or ice packs in the bath.

Standard production lead times for out-of-stock or customized Granbo models:

  • 28kHz - 200kHz Models (Single, Dual, Triple, Quad Frequency): 3 - 5 business days for shipping.
  • Ultra-Low Frequency (17kHz, 20kHz, 25kHz): 14 - 20 business days for shipping.

*Note: Customizations like RS-485 communication or PLC integration may slightly adjust delivery timelines. Contact us for precise scheduling.

More Models & Specifications

Click a model name to view its corresponding product page and detailed specifications.

80kHz Series

Model Transducers

(PCS)

Capacity

(L)

Tank Size

(LxWxH mm)

Unit Size

(LxWxH mm)

Frequency

(kHz)

Ultrasonic Power

(W)

Heating Power

(W)

Temp.

(℃)

Timer

(S)

GL0303-80 3 3.2 240x135x100 265x165x280 80 0-150 300 20-80 1-9999
GL0305-80 3 4.8 240x135x150 265x165x330 80 0-150 300 20-80 1-9999
GL0404-80 4 4.5 300x150x100 325x175x280 80 0-200 450 20-80 1-9999
GL0406-80 4 6.5 300x150x150 325x175x330 80 0-200 450 20-80 1-9999
GL0810-80 8 10 300x240x150 325x265x330 80 0-400 600 20-80 1-9999
GL0814-80 8 14 300x240x200 325x265x380 80 0-400 600 20-80 1-9999
GL1015-80 10 15 330x300x150 355x325x330 80 0-500 1000 20-80 1-9999
GL1019-80 10 19 330x300x200 355x325x380 80 0-500 1000 20-80 1-9999
GL1622-80 16 22 500x300x150 530x330x335 80 0-800 1000 20-80 1-9999
GL1630-80 16 30 500x300x200 530x330x385 80 0-800 1000 20-80 1-9999

30L Capacity

Model Transducers
(PCS)
Capacity
(L)
Tank Size
(L×W×H mm)
Unit Size
(L×W×H mm)
Frequency
(kHz)
Ultrasonic Power
(W)
Heating Power
(W)
Temp.
(°C)
Timer
(S)
GNLH1430-17 14 30 500×300×200 600×360×430 17 0–1120 1000 20–80 1–9999
GNLH1430-20 14 30 500×300×200 600×360×430 20 0–1400 1000 20–80 1–9999
GNL1630-25 16 30 500×300×200 600×360×430 25 0–800 1000 20–80 1–9999
GL1430-28 14 30 500×300×200 530×330×395 28 0–700 1000 20–80 1–9999
GL1430-33 14 30 500×300×200 530×330×395 33 0–700 1000 20–80 1–9999
GL1030-40 10 30 500×300×200 530×330×385 40 0–500 1000 20–80 1–9999
GLS3230-50 32 30 500×300×200 530×330×385 50 0–960 1000 20–80 1–9999
GLS3230-53 32 30 500×300×200 530×330×385 53 0–1120 1000 20–80 1–9999
GL1630-68 16 30 500×300×200 530×330×395 68 0–800 1000 20–80 1–9999
GL1630-80 16 30 500×300×200 530×330×385 80 0–800 1000 20–80 1–9999
GL1630-120 16 30 500×300×200 530×330×385 120 0–800 1000 20–80 1–9999
GL1630-130 16 30 500×300×200 530×330×385 130 0–960 1000 20–80 1–9999
GLS3230-200 32 30 500×300×200 530×330×385 200 0–800 1000 20–80 1–9999
GL1430-2840 14 30 500×300×200 530×330×395 28/40 0–700 1000 20–80 1–9999
GL1630-4068 16 30 500×300×200 530×330×395 40/68 0–800 1000 20–80 1–9999
GL1630-4080 16 30 500×300×200 530×330×385 40/80 0–800 1000 20–80 1–9999
GL1630-40120 16 30 500×300×200 530×330×385 40/120 0–800 1000 20–80 1–9999
GL1630-80120 16 30 500×300×200 530×330×385 80/120 0–800 1000 20–80 1–9999
GL1630-255080120 16 30 500×300×200 530×330×385 25/50/80/120 0–800 1000 20–80 1–9999
GL1630-4080100160 16 30 500×300×200 530×330×385 40/80/100/160 0–800 1000 20–80 1–9999
GL1630-4080120170 16 30 500×300×200 530×330×385 40/80/120/170 0–800 1000 20–80 1–9999

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